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Kar-Narayan Lab

 
Read more at: Sohini named Editor-in-Chief for APL Electronic Devices

Sohini named Editor-in-Chief for APL Electronic Devices

10 July 2024

AIP Publishing is pleased to announce the appointment of Sohini Kar-Narayan, Professor of Device Materials at the University of Cambridge, as the inaugural editor-in-chief of APL Electronic Devices . Please check out the announcement here .


Read more at: Sohini won AFM and SPM Award 2025

Sohini won AFM and SPM Award 2025

3 July 2024

Sohini is the winner of the Atomic Force Microscopy (AFM) and Scanning Probe Microscopy (SPM) award 2025. She has made outstanding contributions to the field of scanning probe microscopy (SPM) through her studies of nanoscale electromechanical properties of novel functional polymer and semiconducting nanostructures. Please...


Read more at: Congratulations to Sohini

Congratulations to Sohini

24 April 2024

Prof Sohini Kar-Narayan has just won the Women Leaders in Electronics Award , category Innovator of the Year in recognition of her exceptional excellence, commitment and innovation in the industry! Well deserved Sohini and congratulations!


Read more at: Congratulations to Dr Kalyan Ghosh for his GCDEM Young Scientist Award

Congratulations to Dr Kalyan Ghosh for his GCDEM Young Scientist Award

15 January 2024

Dr Kalyan Ghosh (who is a Royal Society Newton Fellow in Sohini’s group), was recently awarded GCDEM Young Scientist Award. He gave his first invited talk at the Global Conference for Decoarbonization of Energy and Materials in Singapore this December, where he was presented the award ( https://www.gcdem2023.com/awards )


Read more at: Congratulations to Sohini and ArtioSense team

Congratulations to Sohini and ArtioSense team

31 October 2023

It is with great pleasure that we share the news of the prestigious Institute of Physics Lee Lucas Business Award being given to Sohini and the ArtioSense team. ArtioSense Limited, a spin-out from the University of Cambridge, has been awarded this prize for the development of novel microfluidics-based force sensing...